EcoGreenText, Inc. products

EcoGreenText`s featured product Jute Felt is a fabric of matted, compressed jute fibers; 100% biodegradable and degrades without leaving harmful traces. Jute Felt is being increasingly used as an industrial good, especially for insulation and acoustic. The product insulates the soil against extreme temperatures and hence helps in the survival of plants. The Jute Felt absorbs moisture, up to 5 times its own weight and hence provides water to plants during dry periods. Jute Felt also play an important role in every aspect of landscape design. They can be used to block weed and sunlight, while allowing water and fertilizers to pass through. When laying mulch, Jute Felt can hold it in place, even on steep slopes.

Geo Bags are relatively smaller sized bags fabricated from appropriate Geotextile and filled with sand or any suitable soil. The Geotextile used to make Geo Bags has fine pore sizes to enable retention of the soil-infill but also has high permeability to enable easy exit of water during the hydraulic filling stage. Geo Bags also has high tensile strength to enable it to resist the tensile stresses occurring during hydraulic filling and maintain its structure shape. Geo Tubes are large tube like structures fabricated from high strength Geotextile with soil-in-fills. Geo Tube is formed in situ by the hydraulic pumping of local soil into the prefabricated Geotextile tube.

EcoGreenText’s Non woven Geotextiles are fibrous sheets in which the fibers can be almost randomly orientated. These materials are manufactured from either staple fibers (synthetic or natural) or continuous filaments of PP or PET which are randomly distributed in layers onto a moving belt to form a `web` of assembled fibers; blends of PP and PET staple fibers are also used. With staple fiber the web is formed by a carding machine, usually a roller and clearer card and is cross-laid onto the moving belt. Continuous filament webs are produced during the melt spinning process by extruding multi-filament yarns to form a swirling pattern of fibers as they deposit onto the moving belt.